TWI496078B - Building system for cross-platform mini application and building method thereof - Google Patents

Description

Cross-system platform micro-application building system, construction method

The present invention relates to a micro application application system and a method for constructing the same, and more particularly to a system for building a cross-system platform micro-application through a software package module and a method for constructing the same.

With the rapid evolution of mobile communication technology and panel technology, smart mobile communication devices have become the mainstream of the market. Large-scale touch panels with mobile communication networks enable consumers to implement many of the past through smart mobile communication devices. The various functions that can be achieved through the computer, such as playing videos, browsing websites, playing computer games, etc., and the mini application (APP) for smart mobile devices is thus being developed like a snow flake. Many micro-applications for different functions are also widely downloaded around the world through the exclusive authorization platform of smart mobile communication devices. The related authorization fees and advertising revenues also climbed due to the number of micro-app downloads. With the vast array of business opportunities for micro-apps, many software developers are also rushing into the ranks of micro-application development.

Along with the wave of micro-apps, all walks of life, regardless of food and clothing, are forced to use micro-apps for commercial activities such as sales and advertising, and design a micro-app that is unique to the store, offering a wide range of functions. For users to use to expand business opportunities. However, developers of general micro-applications must be familiar with programming languages and have software development experience to be able to build software. The technical threshold is quite high. If you are not familiar with programming languages or developers with software development experience or It is difficult for a general merchant to build a micro-application on its own. It usually relies on a software developer or a software company to assist in development, which greatly increases the cost of sales for individuals or businesses, and deterred many builders or businesses.

In addition, because the smart mobile communication devices currently on the market have different system platforms, such as the iOS system platform adopted by the iPhone, the Android system platform adopted by the HTC mobile phone or the SAMSUNG mobile phone, or the Windows system platform adopted by the WINDOWS Phone. In order to use different system architectures, the same micro-application must be developed for different system platforms in order to be able to cooperate with users on different smart mobile devices. However, since the above system platform is as before As described above, different programming languages are used, so engineers who develop software must also be familiar with different kinds of programming languages to build a version of a micro-application suitable for different platforms, thereby increasing the trouble for businesses to build micro-applications. And difficulty.

At the same time, even if the same micro-app with the same user interface and functionality, it is almost necessary to rewrite the code when building a version for different system platforms, that is, if you develop the same micro-app for three system platforms, It is necessary to write different code for the three system platforms, which can not be exchanged and utilized, thus greatly increasing the development cycle of the micro application. Relatively, the development cost of the micro application, whether it is money or time, is relatively increased, more likely Because of the long development time, missed sales or advertising opportunities.

In view of the above problems, the present invention provides a system for building through a software package module. The system for building a cross-system platform micro-application and its construction method can reduce the development difficulty of micro-applications, and solve the problem that the cross-platform micro-application cannot be easily built.

The invention discloses a system for building a cross-system platform micro-application, comprising a plurality of databases and a server, wherein the database stores at least one software package module and a corresponding software package module executed on a plurality of system platforms. The complex array kit module code, the server is electrically connected to the database, the server stores a build program, the build program accepts a set signal, and creates a software project according to the set signal, and the server outputs a control signal correspondingly. To the database, the database is based on the control signal to return the software package module to the software program executed by the server. In addition, the server also selectively imports the package module code of the database according to the set signal to the corresponding software program. The software package module, the server and the software program are compiled through the build program, and correspondingly generate at least one micro application suitable for different system platforms.

Corresponding to the foregoing implementation system, the present invention further discloses a method for establishing a cross-system platform micro-application, comprising the steps of: first transmitting a setting signal to a server, and secondly, the server is established by a setting program according to the setting signal. a software project, and correspondingly generating a control signal to be transmitted to a plurality of databases, and then the database returns at least one software package module to the software program executed by the server according to the control signal, and then the server is selectively selected according to the setting signal. Importing the package module code of the database into the corresponding software package module in the software project, and then the server compiles the software project with the build program, and correspondingly generates at least one micro application suitable for a plurality of system platforms.

The effect of the present invention is that the software sleeve provided by the installation system of the present invention Modules, general program builders or store owners can quickly and easily build a micro-application without any familiarity with any programming language, without the need for fake hands. Reduce the difficulty of building a micro-app.

At the same time, the invention implements the complex array kit module code executed by the software suite module on the plurality of system platforms, so that the build system can easily compile the software project built by the program builder or the store, and correspondingly Producing micro-application versions for different system platforms, without rewriting the micro-applications of different system platforms, effectively reducing the cost and time required to develop different versions of micro-applications, thereby improving the development efficiency of micro-applications.

The features, implementations, and utilities of the present invention are described in detail below with reference to the drawings.

The present invention discloses a system for establishing a cross-system platform micro-application. Referring to FIG. 1, an embodiment 10 of the present invention includes a server 100, a plurality of databases 201, 202, 203.. And a client computer 300, wherein the server 100 is electrically connected to the database 201, 202, 203, ..., and the server 100 stores a building program for building a micro application, the database 201, 202 , 203... respectively stored at least one software package module and a complex array package module code.

The software package module divides the micro application into different package blocks according to the function or program layout, such as the interface layout module of the micro application, or the package module of the specific function in the micro application, such as the QRCode module. Share specific Internet links and locate service modules for use with Global Positioning System (Global) Positioning System, GPS) displays the location of a specific target on the map, the photo album module is used to share photos or images, the software package module can be obtained from the build system supplier, or is built by other program builders. The sharing on the system 10 is not limited to this.

In addition, any software package module has a setting information and a content information, and provides program builders to set or change. For example, the setting information of the interface layout module in the micro application includes but is not limited to information such as the length and width of the interface, the font color or the size of the field, and the content information includes but is not limited to background images or background music; As an example, the setting information of the album module includes but is not limited to the playing order or whether to set the repeat playing. The content information includes but is not limited to the picture or photo that the program builder wants to share, which is generally available to those skilled in the art. According to the function and usage requirements of the software package module, the inventors do not repeat the description, and the package module code corresponds to the software package module executed on a plurality of system platforms, that is, the above software package modules have Corresponding to the package module code executed by different system platforms, the program builder using the system does not need to write another code to achieve the functions expected by the software package module.

As described above, the client computer 300 of the system 10 stores a threaded type, and the client computer 300 is electrically connected to the server 100 via a thread. The program builder of the building system 10 of the present embodiment uses the client. The serial computer 300 is logged into the server 100 for threaded application establishment. The electrical connections described herein include, but are not limited to, wired network, 802.11g, 3G, WiMAX, TLE and other wireless network connection methods, or physical wire connections or wireless infrared, Bluetooth and other electrical connections. When the client computer 300 is connected to the Internet In the case of the server 100, the thread of the client computer 300 can also be a general web browser, so that the program builder can connect to the server 100 through the client computer 300 to implement the micro application. .

Corresponding to the above-mentioned construction system 10 of the present embodiment, the present invention further discloses a method for constructing a cross-system platform micro-application. Please refer to FIG. 2, and please refer to FIG. 1 at the same time, the program builder as described in the previous paragraph. After the client computer 300 is connected to the server 100, the server 100 transmits and presents the software suite module list in each of the databases 201, 202, 203, ... to the client computer 300 through the build program.

When the program builder using the build system 10 of the present embodiment wants to build the micro application by the build system 10, the program builder first selects the software package module to be used and transmits a setting to the client computer 300. The signal is sent to the server 100 (S101). It is noted that the content of the present invention can be easily explained by the inventor, and at the same time, those skilled in the art can fully understand the technical features of the present invention, and the subsequent users can The operation of the micro-application software is executed, and the program builder will transmit the setting signal to the server 100 by the client computer 300, and the inventors will not repeat them here.

As mentioned above, after the server 100 accepts the setting signal by the building program, please refer to FIG. 3, and please refer to FIG. 1 and FIG. 2 at the same time, the server 100 establishes a software project 400 according to the setting signal by the setting program ( S105), at the same time, the server 100 also outputs a control signal to each database 201, 202, 203... to search for a software package module (S110) to be selected by the program builder, and each database 201, 202, 203... is controlled according to The device returns the software package module selected by the user, such as the latest message module 401, the picture module 402, the QRCode module 403, the location service module 404, and the advertisement module. 405 and the Really Simple Syndication (RSS) module 406, etc., to the software project 400 (S115) executed by the server 100, after completing the software suite module in the selected software project 400, the program builder As described above, the setting information and content information of the software package module may be adjusted or changed, and the server 100 also changes the setting information and content information of the software package module in the software package 400 according to the setting signal. S120).

It should be noted that the QRCode module 403 described herein converts a hyperlink of a specific website into a two-dimensional space barcode, and reads a specific website by reading a two-dimensional space barcode presented by the QRCode module 403. Hyperlink and connect to a specific website. In addition, the Really Simple Syndication (RSS) module 406 is used to publish a summary notification of the application software or the website with updated information, and the user can A summary notification issued by the Really Simple Syndication (RSS) module 406 is connected to the application software or website to obtain updated information in real time.

As mentioned above, there are three implementations for the program builder to adjust or change the setting information and content information of the software package module. In the first embodiment, the program builder directly adjusts the software package module. Setting information and content information, for example, the program builder can change the setting information of the latest message module 401 according to the requirements to adjust the length and width of the latest message module 401, the font color or the size of the field, or upload the picture to the latest. The content information of the message module 401 is used as the background image of the latest message module 401. For example, the program builder can change the setting information of the picture module 402 according to the requirements to adjust the playing order or playing mode of the picture module 402, or the like. Is to upload the image to the image module 402 content information as a picture module 402 pictures or photos to be presented.

In addition, in the second and third embodiments, the system 10 also allows the program builder to change the setting information and content information of the software package module by adding the network material of the specific website on the Internet. The difference is that, in the second embodiment, when the program builder selects the network material of the specific website in the Internet as the change target, the server 100 connects to the Internet according to the setting signal, and downloads the Internet. The network resources of the network, the network resources are imported into the server 100, and the setting information or content information of the software package module in the software project 400 is changed to a network resource, and the information described herein includes but is not limited to a hyperlink. Web page information such as images, videos, web page names or versions, or any web application written in a web programming language such as JSP or ASP to perform various functions, such as photo software, notification or A program for positioning a specific map latitude and longitude information by using a Global Positioning System (GPS) is a network resource defined by the present invention. The skilled person has to use different network resources as the material according to the requirements, and is not limited to the embodiments disclosed in the present invention.

For example, if the program builder browses the viewed album on a specific website in the Internet and wants to display the photo in the album in the micro-app photo module 402, the server 100 connects according to the setting signal. From the line to the Internet, download all the photos in the album to the database 201, 202, 203..., import the photos into the server 100, and change the content information of the picture module 402 in the software project 400. If the content information is changed to the downloaded photo, the micro-application is completed, and the photo can be browsed in the photo module 402. The second embodiment has the advantages of downloading and integrating the network resource into the micro-app. Medium, so even if there is no connection in the future When the network module is executed, the photo module 402 of the micro application can also browse the photos, and the speed of the photo module 402 to read the photos is also increased.

In contrast, in the third embodiment, when the program builder selects the network material of the specific website in the Internet as the change target, the server 100 changes the setting of the software package module in the software project 400 according to the setting signal. The information and content information directly points to the network resources of the specific website of the Internet through the network connection, that is, the network resources of the specific website are directly embedded in the software package module of the software project 400.

For example, if the program builder wants to display the photo in the photo album in the micro-app photo module 402, the server 100 changes the image mode in the software project 400 according to the setting signal. The content information of the group 402 is directly directed to the album of the specific website by the network connection manner. After the micro application is completed, when the micro application image module 402 is clicked, the photo module 402 will be web-based. The way of connecting the links is directly connected to the album of the specific website, and the photos in the album are presented under the framework of the picture module 402 for the user to browse. The third embodiment has the advantage that the network is urgently needed. The resources are downloaded and integrated into the micro-app, so the file size of the micro-app can be reduced. However, in the future, the image module 402 that executes the micro-application must be able to access the Internet through the network connection. Browse to these photos on the web link.

It is worth noting that the software package module setting information and the content information change manner are limited to the three implementation manners, and those skilled in the art can adopt different modification methods according to the nature and use requirements of the software package module. At the same time, for different types of software kit modules, the actual implementation methods corresponding to the three implementation aspects are also Differences may be made or modified by those skilled in the art without departing from the spirit of the invention.

In addition, the program builder can choose to directly apply the setting information and content information of the software package module preset without any adjustment or change to the setting information and content information of the software package module, and complete the software project 400. The change and setting of the middle software package module can save the time for the program builder to build the micro application.

After completing the selection and setting of the software package module in the software project 400, please refer to Figure 4, and please refer to the figures 1 to 3 at the same time, the program builder chooses to compile the software project 400 into which system platforms are applicable. In the micro application version, the server 100 selectively imports the package module code of the database 200, 201, 202... according to the setting signal to the corresponding software package module (S125) in the software project 400.

For example, if the program builder selects the picture module 402 in the software project 400, then selects to compile the software project 400 into micro-apps 501, 502 for three versions of the iOS, Android, and Windows system platforms. 503, the server 100 will import the three sets of module modules of the iOS, Android, and Windows system platforms from the picture module 402 in the database 202 into the picture module 402 in the software project 400, and import the code into the code module 402. After completion, the server 100 compiles the software project 400 with the build program, and correspondingly generates three micro applications 501, 502, and 503 suitable for system platforms such as iOS, Android, and Windows, and completes the micro applications 501, 502, and 503. After the establishment, the program builder then shares, distributes or sells the micro-apps 501, 502, 503 through different sharing mechanisms of various system platforms for other users to download and use.

In addition to the steps of building the micro applications 501, 502, 503 described above, the present invention Please also refer to Figure 5 for the steps to update or synchronize the built-in micro-apps. Please also refer to Figure 1 and Figure 2. Each of the databases 201, 202, 203 of the installation system 10 disclosed in the embodiment further stores at least one update information for different software package modules, and the update information described herein includes but is not limited to software. For the update of the information and content information of the kit module, or the updated version of the overall software package module, when the software package module releases the update information, the micro-application will use the simple information syndication (Really Simple Syndication). The module of the RSS module 406 receives the summary notification, and the user can choose to update the software package module. Therefore, when the software package module releases the update information, the built-in micro-application also includes With the software package module, one of the mobile devices installed with the micro application is connected to the database 201, 202, 203, ... and selectively downloads the update information according to the software package module. At the same time, if the user uses the network resources as the setting information of the software package module or the content information in the previous micro application establishment process, the network resources of the specific website, such as the aforementioned text information, hyperlinks, and pictures. When there are updated versions or updated content such as audio and video, map latitude and longitude information, and push, it will also be regarded as updated information and downloaded.

For example, if the picture module 402 has update information and the advertisement module 405 also has update information, the mobile device installed with the micro application including the picture module 402 and the advertisement module 405 is connected to the database 201. Downloading the update information of the picture module 402, and additionally connecting to the database 202 to download the update information of the advertisement module 405, so that the system 10 needs to integrate the update information of all the software package modules to be uniformly updated, but Micro-apps when the software kit module has updated information The data will be updated and synchronized by the database 201, 202, 203... to which each software package module belongs.

At the same time, the micro-app can also be changed to the background update mode when the user allows it. That is, when the software package modules have updated information, the micro-apps will automatically connect to the database to which each software package module belongs. 201, 202, 203... update and synchronize the data. During the update or synchronization process, the user can continue to use the micro application without being affected.

With the above-mentioned cross-system platform micro-application building system of the present invention, a general program builder or store can follow the construction method disclosed by the present invention, and is simple to select without being familiar with any programming language. And orchestration, quickly and easily build a micro-app program, which greatly reduces the difficulty of building a micro-application. At the same time, the program builder can also refer to the network material of any website on the Internet to pass the material. The system is quickly incorporated into the software suite module of the micro-application to enrich the content of the micro-app and enhance the functionality of the micro-app.

In addition, through the corresponding array module module code executed by the software module module on the plurality of system platforms, the program builder can also easily generate the micro application version suitable for different system platforms by using the built system of the present invention. It is no need to rewrite micro-applications of different system platforms to effectively improve the development efficiency of micro-applications.

More importantly, after the micro-application is built and downloaded by consumers, consumers can also download the corresponding software package module to each software suite module through the update mechanism of the built-in system. Group update information, making The software package modules in the micro-application will automatically keep the latest version at any time, increasing the convenience of consumers, thereby increasing the willingness of consumers to use the micro-application.

Although the embodiments of the present invention are disclosed above, it is not intended to limit the present invention, and those skilled in the art, regardless of the spirit and scope of the present invention, the shapes, structures, and features described in the scope of the present application. And the number of modifications may be made, and the scope of patent protection of the present invention shall be determined by the scope of the patent application attached to the specification.

10‧‧‧Building system

100‧‧‧Server

201, 202, 203....‧‧‧ database

300‧‧‧ client computer

400‧‧‧Soft Project

401‧‧‧News Module

402‧‧‧ Picture Module

403‧‧‧QRCode Module

404‧‧‧Location Service Module

405‧‧‧Advertising Module

406‧‧‧Simplified Information Aggregation (RSS) Module

501, 502, 503‧‧‧ micro-apps

FIG. 1 is a schematic diagram of a system for building a cross-system platform micro-application according to an embodiment of the present invention.

FIG. 2 is a flow chart showing the steps of a method for constructing a cross-system platform micro-application according to an embodiment of the present invention.

FIG. 3 is a schematic diagram showing the steps of selecting a software suite module in the method for constructing a cross-system platform micro-application according to an embodiment of the present invention.

FIG. 4 is a schematic diagram showing steps of generating a micro application suitable for different system platforms in a method for building a cross-system platform micro-application according to an embodiment of the present invention.

FIG. 5 is a schematic diagram showing steps of updating a software application module module of a micro application in a method for establishing a cross-system platform micro application according to an embodiment of the present invention.

10‧‧‧Building system

100‧‧‧Server

201, 202, 203....‧‧‧ database

300‧‧‧ client computer

Claims (9)

A system for establishing a cross-system platform micro-application includes: a plurality of databases, each of which stores at least one software package module and a complex array module module code, and the module code of the modules The software package module is executed on a plurality of system platforms; and a server is electrically connected to the data library. The server stores a configuration program, and the configuration program receives a setting signal according to the setting. The signal establishes a software project, and the server outputs a control signal to the database, and the database returns the software package module to the software program executed by the server according to the control signal; wherein the server Selecting, according to the setting signal, the module module code of the database to the software package module corresponding to the software project, and the server compiles the software project through the configuration program, and correspondingly Generate at least one micro-app for any of these system platforms. The system of claim 1, wherein the system further comprises a client computer, wherein the client computer stores a threaded type, and the client computer is electrically connected to the server via the thread. Connected, the client computer generates the setting signal and transmits it to the server. The setting system of claim 1, wherein the software package module further has a setting information and a content information, and the server uses the setting program to change the software package of the software project according to the setting signal. The setting information of the module and the content information. The installation system described in item 1 of the claim, wherein the databases are separately stored There is at least one update information corresponding to the software package module, and one mobile device installed with the micro application is respectively connected to the data library, and the update information is selectively downloaded according to the software package module. A method for establishing a cross-system platform micro-application includes the steps of: transmitting a setting signal to a server; the server creates a software project according to the setting signal by a setting program, and generates a control signal corresponding to the a plurality of databases; the databases returning at least one software package module to the software program executed by the server according to the control signal; the server selectively injects the data into the databases according to the setting signal The kit module code is corresponding to the software package module in the software project; and the server compiles the software project with the build program, and correspondingly generates at least one micro application suitable for a plurality of system platforms. The method of the present invention further includes the following steps: the server uses the configuration program to change the setting information and the content information of the software suite module in the software project according to the setting signal. The method of claim 6, wherein the step of changing the setting information and the content information of the software package module in the software project according to the setting signal further comprises: connecting according to the setting signal Connecting to at least one Internet resource; downloading at least one network resource of the Internet; and importing the network resource to the server, and correspondingly changing the setting information of the software package module in the software project or Content information is the network resource. The method of claim 6, wherein the step of changing the setting information and the content information of the software package module in the software project according to the setting signal further comprises: corresponding to the setting signal according to the setting signal The setting information of the software package module in the software project and the content information are directly linked to a network resource of an internet network by means of a network connection. The method for constructing the item of claim 5, further comprising the steps of: connecting one of the mobile devices of the micro-app to each of the databases, and selectively downloading corresponding to the software package module according to One of the software kit modules updates the information.